Abstract

Using differential scanning calorimetry, the regularities of polymorphic α↔β transformation in polycrystalline titanium WТ 1-00 were studied. The values of the activation energy of the α↔β transformation during heating of titanium (760±30 kJ/mol and 1100±100 kJ/mol) were determined, which were dependent on the thermal history of the metal. It is suggested that the recrystallization mechanisms during heating and cooling are controlled by diffusion-free and diffusion mechanisms implemented in overlapping temperature intervals.

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